Oil + Gas

Advanced Additive Technology for Drilling and Well Performance

ITI Technologies has developed a novel aqueous-based additive chemistry with applications across multiple industrial markets, including oil and gas. At the core of this technology is ITI’s patented solubility-enhancing composition, designed to improve the behavior and performance of mineral- and metal-containing materials in demanding operating environments.

In oil and gas drilling, downtime is costly. Stuck pipe, restricted flow, calcium buildup, and difficult downhole conditions can create significant delays, equipment risk, and non-productive time. ITI’s specialty aqueous chemistry has been developed to help address these challenges by supporting improved solubility, remediation, and well performance.

Stuck Pipe Remediation

Stuck pipe is one of the most expensive and disruptive issues in drilling operations. ITI’s oilfield additive technology is designed to help release stuck pipe and drilling assemblies in challenging downhole environments.

The chemistry has been tested in high-temperature oilfield conditions and is intended to support remediation where traditional methods may be costly, slow, or ineffective. By helping improve material solubility and downhole interaction, ITI’s additive technology potentially offers a targeted approach to reducing non-productive time and restoring drilling progress.

Well Stimulation Support

ITI’s aqueous additive technology also has use in well stimulation applications, particularly where calcium buildup and mineral deposits restrict flow. By improving solubility and helping address deposit-related restrictions, the technology supports improved flow performance and more efficient well operation.

Why ITI for Oil + Gas

ITI’s patented chemistry is built around a unique liquid additive platform that enhances the solubility of many materials, including mineral-based and metal-containing compositions. For oil and gas applications, this creates opportunities to improve drilling remediation, reduce costly delays, and support more efficient wellsite operations.